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Passive Ankle

Pushing the Wyss Soft Exosuit to its Limits

January 25, 2017 // 4 Comments

Harvard’s soft exosuit team has recorded a new metabolic cost reduction record of 23% when using their soft ankle exoskeleton.  This is a new record that probes the Wyss Institute’s soft exosuit limits.  The full study will be published as the cover article of Science Robotics (robotics.sciencemag.org). A test group of seven [more]

WearRAcon16 Day 2 Report

February 12, 2016 // 1 Comment

The first Wearable Robotics Association Convention, WearRAcon16 is in full swing in its second and busiest day.  Exoskeleton experts from around the world started exchanging ideas early in the morning during a breakfast sponsored by the Arizona State University (did we mention there has been fantastic food throughout the duration of the [more]

Greg Sawicki on Successfully Reducing Walking Metabolic Cost

December 9, 2015 // 1 Comment

The Passive Ankle Exoskeleton for “Reducing the energy cost of human walking using an unpowered exoskeleton” is the single greatest exoskeleton development for the 2015 calendar year!  Dr. Greg Sawicki, his team and friends were able to create and test a wearable robot that successfully reduced the metabolic cost of walking for [more]

Carnegie Mellon’s Steve Collins Talks Prosthesis and Exoskeletons

June 29, 2015 // 1 Comment

Jan 24, 2014   RI Seminar: Steve Collins, Prosthesis and exoskeleton emulators for rapid evaluation…, Steve Collins, Assistant Professor, Carnegie Mellon University, MechE This is an absolutely phenomenal talk by Professor Steve Collins that is a must-see for anyone who is just now being exposed to the science behind making exoskeletons [more]

Four Videos of Four Passive Exoskeletons

April 30, 2015 // 1 Comment

Passive exoskeletons have become a bit of a hot topic over the last few weeks.  Here are four videos of four different exoskeletons that have already made, or surely will make the headlines. Unpowered Exoskeleton For Reducing Energy of Human Walking, April 2015 Devices claiming to make the natural human walking-cycle more efficient have been [more]